cosmos2.hwr.arizona.edu
ACE : Age Calculation Engine
http://cosmos2.hwr.arizona.edu/ace
ACE : Age Calculation Engine. A Development Environment for Cosmogenic Nuclide Research. ACE is a program designed to calculate landform ages using cosmogenic nuclide dating. It includes calibration and dating algorithms for. Cl, but is designed to be flexible and extend to additional procedures and nuclides. ACE is designed for two main uses:. To examine the sensitivity of computed ages to theoretical uncertainties,. To function as a cosmogenic nuclide research development environment. Which Version Num...
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An online calculator input format for multiple-nuclide data | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2015/02/27/an-online-calculator-input-format-for-multiple-nuclide-data
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. An online calculator input format for multiple-nuclide data. February 27, 2015. If you’re reading this, it’s hard to imagine that you’re not already familiar with the online exposure age calculator. And carbon-14 in quartz. It would be rather useful if the present online exposure age calculator would do calculations for all of these nuclides. It would also ...Has a...
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High-altitude, low-latitude calibration sites II | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2014/01/07/high-altitude-low-latitude-calibration-sites-ii
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. High-altitude, low-latitude calibration sites II. January 7, 2014. This continues a previous post. Which became overwhemingly long. The subject is whether recently published Be-10 production rate data from Meredith Kelly and others (from Quelccaya, Peru) and PH Blard and others (from various sites in Bolivia) agree with each other. Run the file ‘Blard He3 cal...
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Exposure-age data archiving performance experiment | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2015/07/16/exposure-age-data-archiving-performance-experiment
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. Exposure-age data archiving performance experiment. July 16, 2015. A notable aspect of the U.S. National Science Foundation’s Antarctic Research program. Database together was to make it a little easier for me to accomplish this. Shows all the details. From → Commentary. Larr; The ICE-D database project. Elevation/atmospheric pressure models →. Another database pro...
cosmognosis.wordpress.com
High-altitude, low-latitude calibration sites I | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2014/01/07/high-altitude-low-latitude-calibration-sites-i
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. High-altitude, low-latitude calibration sites I. January 7, 2014. In the past few months two papers have described new Be-10 production rate calibration data from high-elevation, low-latitude sites in the tropics. One by Meredith Kelly and a bunch of co-authors:. Be production rate from a low-latitude, high-altitude site in the Peruvian Andes. This one is less dire...
cosmognosis.wordpress.com
Perhaps the highest cosmic ray dose ever observed in a terrestrial sample | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2014/06/17/perhaps-the-highest-cosmic-ray-dose-ever-observed-in-a-terrestrial-sample
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. Perhaps the highest cosmic ray dose ever observed in a terrestrial sample. June 17, 2014. Recently at BGC we measured concentrations of cosmic-ray-produced neon-21 in a set of samples collected by John Stone and Perry Spector. From nunataks in the Whitmore Mountains. That has 2.27 x 10 9 (2.2 billion) atoms/g cosmogenic Ne-21. From → Commentary. Larr; A citation!
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A web service implementation of the online exposure age calculator | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2014/09/26/a-web-service-implementation-of-the-online-exposure-age-calculator
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. A web service implementation of the online exposure age calculator. September 26, 2014. This posting is to point out the existence of a new interface to the online exposure age calculator. This is a “ web service. Specifically, it works like this:. 1 Submit a HTTP “GET” request to the calculator Octave server at the following address:. Mlmfile=al be age many v22 ws.
cosmognosis.wordpress.com
A citation! | The bleeding edge of cosmogenic-nuclide geochemistry.
https://cosmognosis.wordpress.com/2014/06/12/a-citation
The bleeding edge of cosmogenic-nuclide geochemistry. Because no field is too obscure for a blog. Not authorized by the CRONUS-Earth project. June 12, 2014. This blog now has an h-factor of 1. Only not really. Meredith Kelly and others, writing in. About the Last Glacial Maximum in the Rwenzori Mountains. Used the discussion of reproducibility of Be-10 production rate estimates from tropical sites in this post. Html (accessed July 2001). At face value, this would appear to indicate that a blog entry dese...
